This is the reason why AVILUCE invests a great deal of energy in a constant research for the best LED on the market, collaborating exclusively with the best world players. It is the right time not only to choose a lamp with LED technology but also to offer our customers the most efficient LEDs in terms of energy saving, life and strength.
SOLUTIONS AND ADVANTAGES OF LED LIGHTING FOR FARMS
LED lighting systems for poultry farming are an effective and efficient solution for increasing the productivity of the animals while reducing the operating and control costs of the systems
LEDS ARE NOT ALL THE SAME
GREATER WELL-BEING AND PRODUCTIVITY OF THE ANIMALS
Due to the special conformation of the structure and nature of LED lights, these devices ensure greater well-being for the animals, contributing to their uniform growth. The possibility of varying the quantity of lighting enables the animals’ needs to be met during the growth and laying phases.
Traditional lights not adequately controlled emit flickering light, which represents a source of stress for animals’ eyes. LED lighting for poultry farming ensures an invisible high frequency, thus reducing agitation and feather ingestion and increasing the productivity of the farm.
Lighting control systems can also be used to simulate dawn, dusk, variations in intensity during the day so as to recreate natural lighting conditions.
Finally, the simulation systems are used to recreate your environment in such a way as to optimize the distribution and quantity of lighting required by the animals.
The high luminous efficacy of LEDs ensures a considerable energy saving with respect to traditional neon lamps. LEDs reach an energy efficiency of 180 lm/W when dimmed and over 150 lm/W when used at their full power. Their energy consumption is at least 50% less than traditional lights. The energy class is A++.
INCREASE IN LIFE OF THE LIGHTS
The design of the profile guarantees maximum dissipation of the heat generated by the LEDs, a fundamental aspect for having a constant luminous flux with a drop of 10% after 55,400 hours and an expected drop of 20% after 90,000 hours (Test report LM80 TM-21) while traditional neon lamps lose their initial performance already during the first 20,000 hours.
The life of the LEDs reaches 15 years as against 5/6 years of neon lamps.
COMPUTERIZED AND REMOTE CONTROL
The systems can also be controlled from a remote location using the additional modules that allow the luminous flux and operation to be controlled using proprietary software on the TCP/IP protocol. It is therefore possible to control the entire network from a mobile device or PC.